Back in December, Ayun Halliday took you inside an MRI machine to explore the neuroscience of jazz improvisation and musical creativity. Along the way, you got to see Johns Hopkins surgeon Charles Limb jam on a keyboard inside one of those crowded, claustrophobia-inducing tubes.[...]
Japanese scientists have developed a camera that confirms what we’ve long sensed: “wine glass shape has a very sophisticated functional design for tasting and enjoying wine.” That’s what Kohji Mitsubayashi, a researcher at the Tokyo Medical and Dental University, told Chemistry World.[...]
Over a century ago, the German meteorologist Alfred Wegener (1880-1930) put forth a theory that changed how we look at an entirely different scientific discipline — geology. He argued that the continents once formed a single landmass called “Pangaea,” and that continental drift moved them apart slowly but ever so surely.[...]
Last month, we highlighted for you The Strange Case of the Cosmic Rays, a largely-forgotten 1957 educational science film. The production is notable partly because it was shot by Frank Capra, the influential director who had won not one, not two, but three Oscars for best director.[...]
We all know that saying about walking in another’s shoes, but what about seeing through another’s eyeballs? I’m not talking about perspective. I’m talking about color. As in I see it, and my husband doesn’t. At least not the way I do.
His coping mechanism is to challenge me whenever I refer to something as “blue.
The Experimenters, a three-episode series that animates the words of scientific innovators, concludes with the reflections of Richard Feynman, the charismatic, Nobel-Prize winning physicist who did so much to make science engaging to a broader public.[...]
This visual curiosity beats the black/gold dress craze of last month. The video above asks you to look at a photo and decide whether you see Albert Einstein or Marilyn Monroe — two 20th century icons who look pretty much nothing alike. If you say Albert, your eyes are in good shape.[...]
Sir Isaac Newton, arguably the most important and influential scientist in history, discovered the laws of motion and the universal force of gravity. For the first time ever, the rules of the universe could be described with the supremely rational language of mathematics.[...]
Now out. The second video in The Experimenters, a short series of animations highlighting three “icons of science” and “what spurred their creativity.” Episode 1 brought us into “the Geodesic Life” of Buckminster Fuller.[...]
Produced between 1956 and 1964 by AT&T, the Bell Telephone Science Hour TV specials anticipate the literary zaniness of The Muppet Show and the scientific enthusiasm of Cosmos.[...]